Zero-gravity robotic arm is an intelligent tool for space exploration
Release Time:
2023-05-16 16:00
As mankind's exploration of space continues to deepen, it has become increasingly important for mankind to build and maintain artificial satellites in space, the International Space Station and other missions. In these tasks, robotic arms play an important role. In the zero-gravity environment, the traditional robotic arm can not meet the operational requirements, and then the zero-gravity robotic arm was born.
Zero-gravity robotic arm is a kind of space robot controlled by electric and hydraulic system, using the satellite as the operating platform. It consists of multiple arms of unequal lengths, each of which can be rotated to operate in three-dimensional space. It is equipped with clamps at the end to capture, move, assemble, repair and other operational tasks that cannot be performed by humans. Therefore, it is widely used to build and maintain Earth-orbiting objects such as artificial satellites and the International Space Station in space.
The development and manufacturing of the zero-gravity robotic arm needs to take into account the high radiation, extremely low temperature, and ultraviolet light of the space environment, while ensuring the high precision and reliability of the robotic arm. Therefore, it uses advanced materials and technologies, such as the use of lightweight composite materials to manufacture the arm body, the use of electronic control systems to achieve dynamic balancing, and the use of laser fiber technology to achieve precision positioning, to ensure the stability and reliability of the robotic arm.
Compared with the traditional robotic arm, this product has higher degree of freedom and flexibility, and is able to accomplish more complex tasks. For example, it can be used to successfully perform a variety of tasks such as the construction of space stations, the launch and repair of satellites, and the maintenance of space capsules. In addition, it can also perform sampling and analysis of space materials to help humans better understand the universe.
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